📢 A special PhD admission opportunity at @jncasr for CSIR/UGC NET-JRF-qualified candidates!
Join our lab to develop molecular tools for imaging, sensing & therapy at the interface of supramolecular chemistry and chemical biology. 🔬
Apply by 21 September:
https://t.co/gz8PMfmhCP
Our lab is looking for two PhD students! If you’re excited about chemical biology, biosensing, bioimaging & drug delivery, apply before the deadline. Don’t miss out!
Here are a few images we captured using our host-guest supramolecular probes, including super-resolution microscopy images! 📷✨ #Microscopy#Supramolecular#cucurbituril
Just in time for Durga Puja! 🎉 Check out our @jncasr report in @ACSCentSci on a unique supramolecular design for generating fluorogenic probes across the visible range for bioorthogonal imaging: https://t.co/Ez7TJmdA3r
Excellent collaboration @Rachit_AgarwaI@SheebaVasu lab.
Excited to share our work @ChemicalScience on a synthetic regulator using a macrocyclic host-guest system to control microtubule functions in live cells! Super-resolution microscopy revealed its mechanism. https://t.co/WqKmdgETHJ.
Happy to share our recent @J_A_C_S article that describes a general strategy to create optical fingerprints of biomolecules from their chemical and topological features. We used this strategy to predict protein structural changes and identify disease-specific amyloid assemblies.